Technical
Publications
Direction 2173229-100
Revision 6
AMX-4+ Schematics
GE Medical Systems
(Model 2169360, 2236420 &
2275938 Series)
Copyrighte 1996, 1997, 1999, 2000, 2004 By General Electric Co.
Operating Documentation
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
D THIS SERVICE MANUAL IS AVAILABLE IN ENGLISH ONLY.
WARNING
AVERTISSEMENT
D IF A CUSTOMER'S SERVICE PROVIDER REQUIRES A LANGUAGE OTHER
THAN ENGLISH, IT IS THE CUSTOMER'S RESPONSIBILITY TO PROVIDE
TRANSLATION SERVICES.
D DO NOT ATTEMPT TO SERVICE THE EQUIPMENT UNLESS THIS SERVICE
MANUAL HAS BEEN CONSULTED AND IS UNDERSTOOD.
D FAILURE TOHEED THIS WARNING MAY RESULT IN INJURYTO THE SERVICE
PROVIDER, OPERATOROR PATIENT FROM ELECTRIC SHOCK, MECHANICAL
OR OTHER HAZARDS.
D CE MANUEL DE MAINTENANCE N'EST DISPONIBLE QU'EN ANGLAIS.
D SI LE TECHNICIEN DU CLIENT A BESOIN DE CE MANUEL DANS UNE AUTRE
LANGUE QUE L'ANGLAIS, C'EST AU CLIENT QU'IL INCOMBE DE LE FAIRE
TRADUIRE.
D NE PAS TENTER D'INTERVENTION SUR LES ÉQUIPEMENTS TANT QUE LE
MANUEL SERVICE N'A PAS ÉTÉ CONSULTÉ ET COMPRIS.
D LE NONĆRESPECT DE CET AVERTISSEMENT PEUT ENTRAÎNER CHEZ LE
TECHNICIEN, L'OPÉRATEUR OU LE PATIENT DES BLESSURES DUES À DES
DANGERS ÉLECTRIQUES, MÉCANIQUES OU AUTRES.
WARNUNG
AVISO
D DIESES KUNDENDIENST-HANDBUCH EXISTIERT NUR IN ENGLISCHER
SPRACHE.
D FALLS EIN FREMDER KUNDENDIENST EINE ANDERE SPRACHE BENÖTIGT,
IST ES AUFGABE DES KUNDEN FÜR EINE ENTSPRECHENDE ÜBERSETZUNG
ZU SORGEN.
D VERSUCHEN SIE NICHT, DAS GERÄT ZU REPARIEREN, BEVOR DIESES
KUNDENDIENST-HANDBUCH NICHT ZU RATE GEZOGEN UND VERSTANDEN
WURDE.
D WIRD DIESE WARNUNG NICHT BEACHTET, SO KANN ES ZU VERLETZUNGEN
DES KUNDENDIENSTTECHNIKERS, DES BEDIENERS ODER DES PATIENTEN
DURCH ELEKTRISCHE SCHLÄGE, MECHANISCHE ODER SONSTIGE
GEFAHREN KOMMEN.
D ESTE MANUAL DE SERVICIO SÓLO EXISTE EN INGLÉS.
D SI ALGÚN PROVEEDOR DE SERVICIOS AJENO A GEMS SOLICITA UN IDIOMA
QUE NO SEA EL INGLÉS, ES RESPONSABILIDAD DEL CLIENTE OFRECER UN
SERVICIO DE TRADUCCIÓN.
D NO SE DEBERÁ DAR SERVICIO TÉCNICO AL EQUIPO, SIN HABER
CONSULTADO Y COMPRENDIDO ESTE MANUAL DE SERVICIO.
D LA NO OBSERVANCIA DEL PRESENTE AVISO PUEDE DAR LUGAR A QUE EL
PROVEEDOR DE SERVICIOS, EL OPERADOR O EL PACIENTE SUFRAN
LESIONESPROVOCADASPORCAUSASELÉCTRICAS,MECÁNICASODEOTRA
NATURALEZA.
i
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
D ESTE MANUAL DE ASSISTÊNCIA TÉCNICA SÓ SE ENCONTRA DISPONÍVEL
ATENÇÃO
AVVERTENZA
EM INGLÊS.
D SE QUALQUER OUTRO SERVIÇO DE ASSISTÊNCIA TÉCNICA, QUE NÃO A
GEMS, SOLICITAR ESTES MANUAIS NOUTRO IDIOMA, É DA
RESPONSABILIDADE DO CLIENTE FORNECER OS SERVIÇOS DE TRADUÇÃO.
D NÃO TENTE REPARAR O EQUIPAMENTO SEM TER CONSULTADO E
COMPREENDIDO ESTE MANUAL DE ASSISTÊNCIA TÉCNICA.
D O NÃO CUMPRIMENTO DESTE AVISO PODE POR EM PERIGO A SEGURANÇA
DO TÉCNICO, OPERADOR OU PACIENTE DEVIDO A` CHOQUES ELÉTRICOS,
MECÂNICOS OU OUTROS.
D IL PRESENTE MANUALE DI MANUTENZIONE È DISPONIBILE SOLTANTO IN
INGLESE.
D SE UN ADDETTO ALLA MANUTENZIONE ESTERNO ALLA GEMS RICHIEDE IL
MANUALE IN UNA LINGUA DIVERSA, IL CLIENTE ÈTENUTO A PROVVEDERE
DIRETTAMENTE ALLA TRADUZIONE.
D SI PROCEDA ALLA MANUTENZIONE DELL'APPARECCHIATURA SOLO DOPO
AVER CONSULTATO IL PRESENTE MANUALE ED AVERNE COMPRESO IL
CONTENUTO.
D NON TENERE CONTO DELLA PRESENTE AVVERTENZA POTREBBE FAR
COMPIERE OPERAZIONI DA CUI DERIVINO LESIONI ALL'ADDETTO ALLA
MANUTENZIONE, ALL'UTILIZZATORE ED AL PAZIENTE PER
FOLGORAZIONE ELETTRICA, PER URTI MECCANICI OD ALTRI RISCHI.
ii
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
Direction 2173229-100
Revision 6
AMX-4+ Schematics
(Model 2169360, 2236420 & 2275938 Series)
IMPORTANT! . . . XĆRAY PROTECTION
XĆray equipment if not properly
used may cause injury. AccordĆ
ingly, the instructions herein
contained should be thoroughly
read and understood by everyĆ
one who will use the equipment
before you attempt to place this
equipment in operation. The
General Electric Company, MediĆ
cal Systems Group, will be glad
to assist and cooperate in placing
this equipment in use.
Although this apparatus incorpoĆ
rates a high degree of protection
against xĆradiation other than the
useful beam, no practical design of
equipment can provide complete
protection. Nor can any practical
design compel the operator to take
adequate precautions to prevent
the possibility of any persons
carelessly exposing themselves or
others to radiation.
It is important that everyone having
anything to do with xĆradiation be
properly trained and fully acĆ
quainted with the recommendaĆ
tions of the National Council on
Radiation Protection and MeasureĆ
ments as published in NCRP
Reports available from NCRP PubliĆ
cations, 7910 Woodmont Avenue,
Room 1016, Bethesda, Maryland
20814, and of the International
Commission on Radiation ProtecĆ
iii
tion, and take adequate steps to
protect against injury.
The equipment is sold with the
understanding that the General
Electric Company, Medical SysĆ
tems Group, its agents, and
representatives have no responsiĆ
bility for injury or damage which
may result from improper use of the
equipment.
Various protective material and
devices are available. It is urged
that such materials or devices be
used.
CAUTION: United States Federal
law restricts this device to use by or
on the order of a physician.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
THIS PAGE INTENTIONALLY LEFT BLANK.
iv
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
If you have any comments, suggestions or corrections to the information in this document,
please write them down, include the document title and document number, and send them to:
GENERAL ELECTRIC COMP ANY
MEDICAL SYSTEMS
MANAGER – INFORMA TION INTEGRATION, AMERICAS W–622
P.O. BOX 414
MIL WAUKEE, WI 53201–0414
CERTIFIED ELECTRICAL CONTRACTOR STATEMENT
All electrical installations that are
preliminary to positioning of the
equipment at the site prepared for
the equipment shall be performed by
licensed electrical contractors. In
addition, electrical feeds into the
Power Distribution Unit shall be
performed by licensed electrical
contractors. Other connections beĆ
tween pieces of electrical equipment,
calibrations, and testing shall be
DAMAGE IN TRANSPORTATION
All packages should be closely
examined at time of delivery. If
damage is apparent, have notation
damage in shipment" written on
all copies of the freight or express
bill before
signed for" by a General Electric
representative or a hospital receivĆ
ing agent. Whether noted or
concealed, damage MUST be
reported to the carrier immediately
delivery is accepted or
performed by qualified GE Medical
personnel. The products involved
(and the accompanying electrical
installations) are highly sophistiĆ
cated, and special engineering
competence is required. In performĆ
ing all electrical work on these
products, GE will use its own
specially trained field engineers. All
of GE's electrical work on these
products will comply with the
upon discovery, or in any event,
within 14 days after receipt, and the
contents and containers held for
inspection by the carrier. A transĆ
portation company will not pay a
claim for damage if an inspection is
not requested within this 14 day
period.
Call Traffic and Transportation,
Milwaukee, WI (414) 827-3449Ă/
requirements of the applicable elecĆ
trical codes.
The purchaser of GE equipment
shall only utilize qualified personnel
(i.e., GE's field engineers, personnel
of thirdĆparty service companies with
equivalent training, or licensed elecĆ
tricians) to perform electrical servicĆ
ing on the equipment.
8*285-3449 immediately after
damage is found. At this time be
ready to supply name of carrier,
delivery date, consignee name,
freight or express bill number, item
damaged and extent of damage.
Complete instructions regarding
claim procedure are found in
Section S" of the Policy &
Procedure Bulletins.
6/17/94
v
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
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vi
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
TABLE OF CONTENTS
SECTION TITLE PAGE
1 INTRODUCTION
Identification 1-1................................................
General 1-2.....................................................
Assembly Designators 1-2.........................................
2 AMX-4 OVERALL WIRING 2-1....................................
AMX-4 OVERALL WIRING 2115090SCH 2-3.........................
3 AMX1 A1 A1 DISPLAY CONTROLLER 46-264982G1 3-1..............
AMX1 A1 A1 DISPLAY CONTROLLER 46-264982-S 3-3..............
4 AMX1 A1 A2 DISPLAY 46-232832G1 4-1.............................
AMX1 A1 A2 DISPLAY 46-232832-S 4-3.............................
5 AMX1 A2 A1 CONTROLLER 46-264974G2 5-1.......................
AMX1 A2 A1 CONTROLLER 46-264974-S 5-3.......................
6 AMX1 A3 A1 BATTERY CHARGER 46-288786G2 6-1.................
AMX1 A3 A1 BATTERY CHARGER 46-288786-S 6-3.................
7 AMX1 A3 A2 ROTOR CONTROLLER 46-232786G2 7-1...............
AMX1 A3 A2 ROTOR CONTROLLER 46-232786-S 7-3...............
8 AMX1 A4 A1 1 KHZ INVERTER 46-288764G1 8-1.....................
AMX1 A4 A1 1 KHZ INVERTER 46-288764-S 8-3....................
9 AMX1 A4 A2 KVP/FIL CONTROL 46-264986G1 9-1...................
AMX1 A4 A2 KVP/FIL CONTROL 46-264986-S 9-3...................
10 AMX1 A4 A3 CAPACITOR BOARD 46-288504G1 10-1..................
AMX1 A4 A3 CAPACITOR BOARD 46-288504-S 10-3..................
11 AMX1 A5 A1 DRIVE CONTROLLER 46-232834G1 11-1................
AMX1 A5 A1 DRIVE CONTROLLER 46-232834-S 11-3................
12 AMX1 A5 A2 DRIVE POWER AMPLIFIER 46-232836G2 12-1...........
AMX1 A5 A2 DRIVE POWER AMPLIFIER 46-232836-S 12-3...........
13 AMX1 A6 A1 HIGH VOLTAGE TRANSFORMER 46-270954G1 13-1.....
AMX1 A6 A1 HIGH VOLTAGE TRANSFORMER 46-270954-S 13-3.....
14 AMX1 A2 S1 HALL EFFECT TUBE PARKED
SENSOR 46-288962G1 14-1..........................................
AMX1 A2 S1 HALL EFFECT TUBE PARKED
SENSOR 46-288962-S 14-3..........................................
AMX1 A2 S1 HALL EFFECT TUBE PARKED
SENSOR 2173060SCH 14-4...........................................
15 AMX2 A3 A1 BATTERY SENSE CIRCUIT 46-321370G1 15-1............
AMX2 A3 A1 BATTERY SENSE CIRCUIT 46-321370-S 15-3............
AMX2 A3 A1 BATTERY SENSE CIRCUIT 2334738 15-5.................
AMX2 A3 A1 BATTERY SENSE CIRCUIT 2334738SCH 15-7.............
16 RELAY CHASSIS ASSEMBLY 2178054 16-1............................
17 HANDSWITCH WIRING 46-270800G5 17-1...........................
vii
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
THIS PAGE INTENTIONALLY LEFT BLANK.
viii
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
REVISION HISTORY
REV DATE REASON FOR CHANGE
0 Dec 13. 1996 Initial release.
1 Mar. 7 1997 Cnanges to Section 2.
2 June 24 1997 Added Section 16 (Relay Chassis Assembly); added 2173060SCH to Section 14;
corrected 2115090sch in Section 2.
3 Aug. 15, 1997 Updated schematic 2115090sch. High Impact Inspection.
4 Apr. 12, 1999 Updated schematics 2115090sch, 46-232786-s.
5 Nov. 8, 2000 Added 2275938 series. Updated schematics.
6 Jan, 30, 2004 Added Battery Sense board 2334738
LIST OF EFFECTIVE PAGES
PAGE REVISION PAGE REVISION PAGE REVISION
NUMBER NUMBER NUMBER NUMBER NUMBER NUMBER
Title Page 6
i thru x 6
1-1 and 1-4 6
2-1 thru 2-12 6
3-1 thru 3-4 6
4-1 thru 4-4 6
5-1 thru 5-10 6
6-1 thru 6-6 6
7-1 and 7-4 6
8-1 and 8-4 6
9-1 thru 9-6 6
10-1 thru 10-4 6
15-1 thru 15-8 6
16-1 thru 16-2 6
17-1 thru 17-2 6
Back Page -
11-1 thru 11-6 6
12-1 thru 12-6 6
13-1 thru 13-4 6
14-1 thru 14-4 6
ix
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
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x
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
AMX-4+
SCHEMATICS
SECTION 1
INTRODUCTION
1-1 Indentification
See Illustration 1. The AMX-4+ is identified by Model Number on the rating plate
located on the top cover. Model part and catalog numbers are identified in Table 1.
This direction contains schematic diagrams for these units.
TABLE 1
AMX-4+ MODELS
DESCRIPTION PART NUMBER
DOMESTIC 2169360-7 A0659F 2236420-7 & 2275938-7 A0659JF
DOMESTIC, AEC 2169360-8 A0659FA 2236420-8 & 2275938-8 A0659JG
DOMESTIC, TECH SWITCH 2169360-9 A0659FC 2236420-9 & 2275938-9 A0659JH
DOMESTIC, AEC, TECH SWITCH 2169360-10 A0659FB 2236420-10 & 2275938-10 A0659JJ
IEC, EMC 2169360 A0659A 2236420 & 2275938 A0659J
IEC, EMC, AEC 2169360-2 A0659AA 2236420-2 & 2275938-2 A0659JA
IEC, EMC, TECH SWITCH 2169360-3 A0659AB 2236420-3 & 2275938-3 A0659JB
IEC, EMC, AEC, TECH SWITCH 2169360-4 A0659AC 2236420-4 & 2275938-4 A0659JC
JAPAN 2169360-5 A0659C 2236420-5 & 2275938-5 A0659JD
JAPAN SHORT COLUMN 2169360-6 A0659D 2236420-6 & 2275938-6 A0659JE
ILLUSTRATIONă1
AMX-4+ IDENTIFICATION
CATALOG
NUMBER
PART NUMBER
CATALOG
NUMBER
1-1
RATING
PLATE
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
1-2 General
The AMX-4+ contains operating safeguards providing maximum safety. Before
servicing, be certain proper operating procedures are being used. Refer to Direction
2166913-100 AMX-4+ Operation or to Direction 2166911-100 AMX-4+
International Operation for proper operating procedures.
Satisfactory equipment performance requires the use of service personnel specially
trained on x-ray apparatus. The GE Medical Systems, is responsible for the effects on
safety, reliability, and performance only if the following conditions are met:
The electrical wiring of the relevant rooms complies with all national and local
codes.
All assembly operations, extensions, re-adjustments, modifications, or repairs
are carried out by GE Medical Systems, authorized service representatives.
The equipment is used in accordance with the instructions for use. Refer to
Direction 2166913-100 AMX-4+ Operation or to Direction 2166911-100
AMX-4+ International Operation for proper operating procedures.
CAUTION
1-3 Assembly Designators
ILLUSTRATIONă2
ASSEMBLY DESIGNATORS
Only trained and qualified personnel should be permitted access to the internal parts
of this equipment.
AMX1
GENERATOR
AMX3
TUBE COLUMN
1-2
AMX2
BASE
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
Schematics and Terminal Strips are arranged in Assembly Designator order.
AsĆsembly Designators are codes which simplify component identification. The code
is a convenient shorthand which defines each assembly or component. Assembly
Designators are derived from the location of components and assemblies within a
major assembly. Refer to Illustration 2 and the following list for AMX-4+ codes:
AMX1 Generator
AMX1 A1 Top Cover
AMX1 A2 Top Deck (under cover)
AMX1 A3 Left Side
AMX1 A4 Right Side
AMX1 A5 Rear
AMX1 A6 High Voltage Transformer
AMX2 Base
AMX2 A1 Rear
AMX2 A2 Front
AMX2 A3 Battery
AMX3 Column
AMX3 A1 Column
AMX3 A2 Tube Arm
AMX3 A3 Tube
AMX3 A4 Collimator
1-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
THIS PAGE INTENTIONALLY LEFT BLANK.
1-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 2
AMX-4 OVERALL WIRING
MODEL 2169360 SERIES:
2169360 2169360-6
2169360-2 2169360-7
2169360-3 2169360-8
2169360-4 2169360-9
2169360-5 2169360-10
MODEL 2236420 SERIES:
2236420 2236420-6
2236420-2 2236420-7
2236420-3 2236420-8
2236420-4 2236420-9
2236420-5 2236420-10
MODEL 2275938 SERIES:
2275938 2275938-6
2275938-2 2275938-7
2275938-3 2275938-8
2275938-4 2275938-9
2275938-5 2275938-10
NO BOARD DRAWING
2-1
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
2-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
2-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
2-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
2-5
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
2-6
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SH NO.
65
CONT ON SHEET
2115090SCH
DRAWING NO.
23
FOLD
6745
FOLD
APPLIED PRACTICES
46–208600
8
SURFACES
FOLLOWING : – UNLESS OTHERWISE SPECIFIED USE THE
TOLERANCES ON DIMENSIONS
DECIMALS DECIMALS
(2 PLACES) (3 PLACES)
++
–
–
9
FOLD
REV
0
ANGLES
+
–
2115090SCH
CONT ON SHEET
65
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
OVERALL_SCHEMATICS_FOR_AMX_IV
SH NO.
FIRST MADE FOR
AMX_IV_PRODUCTIVITY
P/L ISSUED
2115090SCH
CONT ON SHEET
SH NO.
65
A
FIL/KVP BOARD
J2
AMX1A4A2
MAS
3
4
5
6
21
7
8
11
12
9
10
22
17
19
15
25
26
13
14
LEAKAGE COMP +
LEAKAGE COMP –
LEAKAGE COMP FDBK +
B
TO CPU
8–F1
C
FOLD
D
LEAKAGE COMP FDBK –
FIL DMD +
FIL DMD –
KVP DMD +
KVP DMD –
FILAMENT FEEDBACK +
FILAMENT FEEDBACK –
X–RAY ON
2 KHZ PHASE 1
2 KHZ PHASE 2
16 KHZ CLK
FILAMENT
SHORTED
PRENEAT
+KVP DMN FDBK
–KVP DMN FDBK
J3
3
LOOP FOR CURRENT CHECK
4
J7
1
KVP FEEDBACK +
2
KVP FEEDBACK –
J8
1
FILT CAP+
2
FILT
CAP–
3
PWM E
4
PWM L
J5
1
(BRN)
2
(GRN)
3
(ORN)
(RED)
(WHT)
(BLK)
(BLK)
(VIO/W)
(VIO)
J3
3
5
2
6–B1
6–B1
AMX1A4
A3
X–RAY CONTROL MODULE
AMX1A4
R8
C6
1K
16000uF
2W
60V
J4
11
CAPACITOR
2
BOARD
PWM E
L3
1.2 MH
1
PWM RETURN
PWM1
PWM RETURN 2
XS1
XS2
HIGH VOLTAGE TRANSFORMER
AMX1A6
CATHODE
ANODE
L
C
C
L
S
S
TO RAY TUBE
FOLD
TO RAY TUBE
FILAMENT
XC
FILAMENT
J1
(YEL)
(BLU)
(YEL)
J4
J6
1
2
4
5
6
8
9
1
2
2
J3
1
2
MA+
MA–
AMX1A4T2
(RED) (BLU)
(RED/WHT)
J2
1
2
(WHT)
3
(BLK)
BLK
CHASSIS
BRASS STUD
GROUND
MA+
MA–
46–270954
PRIMARY VOLTS +
PRIMARY VOLTS –
P1
6–A7
P2
6–A11
PRINTS TOREVISIONS
404
POWER GROUND
+ 24 VDC
TO LVLE
E
4–C10
2–E5
27VAC SQUARE WAVE
27VAC SQUARE WAVE RTN
– 15 VDC
SIGNAL GROUND
+ 15 VDC
LOGIC GROUND
+ 5 VDC
F
TRIP BREAKER*
3–E3
H
2115090SCH
MADE BY
C_DREWICZ_27JUN94
ISSUED
N_ZETTEL
2
FOLD
4
653
FOLD
8
97
FOLD
APPROVALS
–
1010
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
DIV OR
DEPT.
LOCATION
CONT ON SHEET
2115090SCH
SH NO.
65
2-7
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
6
7
SH NO.
A
CONT. ON SHEET
2115090SCH
DRAWING NO.
32
FOLD
54 76
FOLD
–
5–E11
UNLESS OTHERWISE SPECIFIED USE THE FOLLOWING : –
APPLIED PRACTICES
46–208600
PRIMARY
VOLTS+
8
SURFACES
TOLERANCES ON DIMENSIONS
–
DECIMALSDECIMALS
(3 PLACES)(2 PLACES)
++
–
9
FOLD
0
REV
ANGLES
+
–
2115090SCH
CONT. ON SHEET
7
X–RAY CONTROL MODULE
.25
90W
R7
K6
37
37
K5
K4
37
AMX1A4
K3
36K236K136
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
OVERALL_SCHEMATICS_FOR_AMX_IV
SH NO.
6
FIRST MADE FOR
K4
84K584K684
CONT. ON SHEET
AMX_IV_PRODUCTIVITY
P/L ISSUED
5–F11
PRIMARY
VOLTS–
2115090SCH
SH NO.
7
6
3
K3
1KHZ BOARD
B
KVP FEEDBACK+
5–B5
KVP FEEDBACK–
C
TO CPU
8–E1
FOLD
D
(VIO/WHT)
(VIO)
1KHZ PHASE 1
1KHZ PHASE 2
STAT
STOP
TAP 1
TAP 2
TAP 3
TAP 4
TAP 5
TAP 6
TAP 1 FEEDBACK
TAP 2 FEEDBACK
TAP 3 FEEDBACK
TAP 4 FEEDBACK
TAP 5 FEEDBACK
TAP 6 FEEDBACK
1 KHZ READY
INVERTER OK
J3
1
2
J1
24
26
25
23
20
18
16
14
10
8
19
17
15
13
9
7
12
22
E
J2
POWER GROUND
+24 VDC
TO LVLE
2–E5
F
–15 VDC
SIGNAL GROUND
+15 VDC
LOGIC GROUND
+5 VDC
1
2
4
5
6
8
9
AMX1A4A1
J6
J4
J5
J5
J4
(BLK)
1
(BLK)
3
(WHT)
1
3
5
11
13
7
9
9
8
7
2
6
5
4
1
11
(BLK)
(WHT)
(WHT)
(BLK)
(WHT)
(BLK)
(BRN)
(WHT)
(ORN)
(RED)
(YEL)
(VIO)
(BLU)
(BLK)
G2
G1
START
STOP
1
K1
2
1
K4
2
2–E2
4–D10
4–D10
2–D9
2–A5
SAFETY CONTACTOR
4–D10
SAFETY CONTACTOR
4–D10
1
1
K3
K2
2
2
2
1
K5
K6
1
2
2–A5
+BATT SWITCHED
COM CAP CHARGE
COM CAP CHARGE RTN
–BATT
STOP CAP(WHT)
(#8AWG)
+BATT
(RED)
RTN (BLK)
(RED)
(RED)
–BATT
(#8AWG)
(BLK)
(VIO)
(BLK)
(WHT)
(BLK)
(BLK)
6
7
5
1
3
4
5
3
1
A114BA114B
J2
E
J1
J2
R21
250
55W
5
1
SAFETY
CONTACTOR
HOLD
283
OHM
(NC)
CR18
1N5062
PULL IN
13.1
OHM
3
K2
5
K7
1N5352
CR19
C15
1200
10%
250V
3
5
K1
F
80VAC
3
3
K6
5
AK
3
K5
K4
5
5
17
L2
10uH
T1
C5
12
20uF
500V
Q1
G
(WHT)
(BLK)
A AK K
K
G1
G2
5S
T1
L1
300uH
5F
A
G1
K1
K
K
R14
27K
2W
R16
50
12W
C11
1.0
10%
200V
C
J2
9
START
(WHT)
(BLK) (BLK)
BD
C10
CR20
+
400V
6A
–
R17
500
12W
CR7
1N1186
CR13
1N1186
770
10%
250V
C12
770
10%
250V
4
8
K4
6
6
4
K5
K6
6
1513121098222120191653762
14
AK
Q2
G
(WHT)
(BLK)
K
4F
T1
4S
Q3
G2
(WHT)
STOP
FOLD
K2
R9
27K
2W
R5
27K
2W
CAPACITOR
BOARD
AMX1A4
A
A3
REVISIONS PRINTS TO
404
H
2115090SCH
MADE BY
C_DREWICZ_27JUN94
ISSUED
2
356
FOLD
4
FOLD
79
8
N_ZETTEL
FOLD
APPROVALS
–
–
1010
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
DIV OR
DEPT.
LOCATION
2115090SCH
CONT. ON SHEET
SH. NO.
67
2-8
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SH NO.
87
CONT ON SHEET
2115090SCH
DRAWING NO.
23
FOLD
FOLD
AMX1A5
6745
APPLIED PRACTICES
46–208600
8
SURFACES
FOLLOWING : – UNLESS OTHERWISE SPECIFIED USE THE
TOLERANCES ON DIMENSIONS
DECIMALS DECIMALS
(2 PLACES) (3 PLACES)
++
–
–
9
FOLD
REV
0
ANGLES
+
–
2115090SCH
CONT ON SHEET
87
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
OVERALL SCHEMATICS FOR AMX IV
SH NO.
FIRST MADE FOR
AMX4_IV_PRODUCTIVITY
P/L ISSUED
2115090SCH
CONT ON SHEET
SH NO.
87
MOTOR DRIVE MODULE
A
LEFT DRIVE COMMAND +
LEFT DRIVE COMMAND –
RIGHT DRIVE COMMAND –
RIGHT DRIVE COMMAND +
LEFT DRIVE FEEDBACK +
B
8–C1
LEFT DRIVE FEEDBACK –
RIGHT DRIVE FEEDBACK +
RIGHT DRIVE FEEDBACK –
LEFT STALL
RIGHT STALL
FULL SPD ENA
BUMPER
MOTOR ENABBLE
DRV RESET
DRIVE ENA SW
J2
7
8
5
6
3
4
1
2
14
12
13
10
16
15
17
DRIVE CONTROL
AMX1A5A1
J9
3
J1
9
8
2
1
6
4
5
J11
1
5
2
6
C
INTERCONNECTRIBBON CABLE
BRAKE REL
J10
J5
1
2
1
2
DRIVE POWER AMP
(BLU) BRAKE RELEASE
2–A5
(VIO)
(RED)
(BLK)
BRAKE REL RTN
+BATT SWITCHED
2–F2
FOLD
D
AMX2A1BRK1
LEFT
BRAKE
J9
AMX1A5A2
1
2
1
2
J7
BRAKE REL
J6
BRAKE REL RTN
(BLK)
(BLK)
(RED)
(BLK)
+5
LOGIC GROUND
+ 24
POWER GROUND
+ 15
– 15
SIGNAL GROUND
–BATT
–BATT
2–B9
2–B9
TO LVLE
2–E5
LEFT BUMPER
(WHT)
LEFT BUMPER RETURN
(BLK)
RIGHT BUMPER
(WHT)
RIGHT BUMPER RETURN
(BLK)
POWER OK*
(RED)
3–F3
RIGHT
BRAKE
BUMPER
AMX2A2
1
C
AMX2A2S1
2
NO
1
C
AMX2A2S2
2
NO
AMX2A1BRK2
FOLD
DRIVE ENB.
A5K1 A5K2
3
1
1
A114B
2
A5K1A
(RED) (BLK)
E
F
+
AMX2A1MTR1
LEFT
MOTOR
–
(RED)
J 1
(BLK)
2
1
LEFT POWER*
3
7
(BLU)
10 OHM
25 WATT
A5R1
RIGHT POWER*
(BLK) (VIO)
A5K1A
3
(WHT)
A114B
(BLU)
(ORN)
5
VM–
1
J4
2
3
3
J1 J2
VM+ VM+
1
J1
J2
(GRN)
VM–
A5K1B
A5K2B
6
(VIO)
(BLK)
46
4
A5K2A
5
(YEL)(ORN)
(YEL)
(BLK)
3
2
2
1
3
A5F1
8 AMP
A5F2
8 AMP
3
7
A5K2A
10 OHM
25 WATT
A5R2
+BATT
(RED)
(RED)
1
J 2
3
(BLK)
(RED)(RED)
+BATT
2–C3
2–C3
–
RIGHT
MOTOR
+
AMX2A1MTR2
PRINTS TOREVISIONS
404
H
2115090SCH
MADE BY
C_DREWICZ_27JUN94
ISSUED
N_ZETTEL
2
FOLD
4
653
FOLD
8
97
FOLD
APPROVALS
1010
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
DIV OR
DEPT.
LOCATION
CONT ON SHEET
2115090SCH
SH NO.
87
2-9
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SH NO.
89
A
TO BATTERY CHARGER
AMX1A3A1
3–D2 3–D2
B
TO MOTOR CONTROLLER
AMX1A5A1
C
FOLD
D
E
TO 1KHZ INVERTER
AMX1A4A1
F
TO FIL/KVP CONTROL
H
2115090SCH
CONT ON SHEET
2115090SCH
DRAWING NO.
7–B1
TO ROTOR CONTROL
AMX1A3A2
4–A1 4–C24–B10
4–F104–F2
4–H2
6–C1
AMX1A4A2
5–C1
V–CHANGE CMND
V–CHANGE RTN
I–CHARGE CMND
I–CHARGE CMND RTN
BATTERY V & CHARGE CUR
BATTERY V & CHARGE CUR SEL
SAFETY CONTACTOR ENB * 10
LINE SENSE
TRIP BREAKER
CHARGE RELAY*
KEY SWITCH ON
CHARGE SCALE SELECT
RIGHT DRV FDBK +
RIGHT DRV FDBK –
RIGHT DRIVE CMND –
RIGHT DRV CMND +
X–RAY PRESS SW RTN
60HZ INV. RELAY*
FIELD LIGHT SW RTN
1K HZ INVERTER READY
+ LEAKAGE COMP FDBK
– LEAKAGE COMP FDBK
LOAD
LEFT DRV FDBK +
LEFT DRV FDBK –
LEFT DRV CMND +
LEFT DRV CMND –
BUMPER*
RIGHT STALL
FULL SPD ENA
LEFT STALL
DRV RESET
MOTOR ENA
DRIVE ENA SW
ROTOR INTERLOCK
60 HZ INV OK
X–RAY PRESS SW
ROTOR SELECT*
PREP SW
60 HZ PHASE 2
60 HZ PHASE 1
FIELD LIGHT SW
TAP 6 FDBK
TAP 6*
TAP 5 FDBK
TAP 5*
TAP 4 FDBK
TAP 4*
TAP 3 FDBK
TAP 3*
TAP 2 FDBK
TAP 2*
TAP 1 FDBK
TAP 1*
INVERTER OK
EXP STOP CMND
1K HZ PHASE 1
START
1K HZ PHASE 2
LEAKAGE COMP +
LEAKAGE COMP –
FIL +
FIL –
FIL FDBK +
FIL FDBK –
KVP +
KVP –
KVP DWN FDBK +
KVP DWN FDBK –
16 KHZ CLK
2 KHZ PHASE 1
2 KHZ PHASE 2
MAS
X–RAY ON
PREHEAT 26
2
32
FOLD
54 76
FOLD
AMX1A2
UNLESS OTHERWISE SPECIFIED USE THE FOLLOWING : –
APPLIED PRACTICES
46–208600
8
SURFACES
CONTROLLER MODULE
CONTROL PROCESSOR CONTROL PROCESSOR
J8–2
J8–1
1A2J2–1
TEST MODE CONNECTIONSOPERATIONAL CONNECTIONS
8
J1
J2
J3
5
J4
J5
3
4
5
6
7
8
9
10
11
12
13
14
15
17
19
21
22
25FILSHORTTEST
J6
1
2
3
4
5
6
7
8
10
11
12
14
1
2
3
4
5
6
7
8
10
12
13
14
15
16
17
3
6
7
9
11
12
13
15
16
17
7
8
9
10
12
13
14
15
16
17
18
19
20
22
23
24
25
26
AMX1A2A1 AMX1A2A1
356
FOLD
4
DISP DATA OUT
1
SW DATA INPUT
3
MAS UP
5
DISP DATA RESET*
6
MAS DOWN
7
X–RAY ON LAMP*
9
KVP UP
11
DISPLAY OK
12
KVP DOWN
13
+24 VDC
14
SONART*
15
16
PWR GND
17
+40 V V.F. DISP SUP
18
+5 V
LOGIC GND
20
XMIT OK*
21
LGND
23
+24V V.F.SUP
24
J7
AEC ON
1
AEC RTN
2
KVP 0*
3
KVP 1*
4
KVP 2*
5
KVP 3*
6
KVP 4*
7
GEN READY*
8
AEC EX EN
9
EXP START*
10
1112KVP5
KVP6
J12
PWR GND
1
+24 VDC
2
–15 VDC
4
SIGNAL GND
5
+15 VDC
6
LOGIC GND
8
+5 VDC
9
J8
(ORN) RGT MAN TDS OUT
1
(RED) HALL RGT REF
5
(BLK) HALL RGT REF RET
6
(WHT) LFT MAN TDS OUT
3
(RED) HALL LFT REF
7
(BLK) HALL LFT REF RET
8
(YEL) POWER OK
10
(BLU) TUBE PARKED SW
13
(BLK) TUBE PARKED SW RTN
14
(GRY) SERVICE SW
19
(GRY) SERVICE SW RTN
20
(GRN) FIELD LIGHT SW
21
(WHT) PREP SW
23
(BLK) HAND SW COM
24
(RED) EXP SW
25
(BLU) DRIVE ENA SW
28
(BLU) DRIVE ENA SW RTN
27
TO DISPLAY CONTROLLER AMX1A1A1
TO AEC OPTION
TO LVLE AMX1A2A2
J2
(WHT)
4
(RED)
3
(BLK)
5
J1
(WHT)
4
(RED)
3
(BLK)
5
3–F3
SERVICE
SWITCH
1A2J3
4 FIELD LIGHT SW
2
3
1
(BLU)
OUTPUT
REF
RTN
RIGHT HALL
OUTPUT
REF
RTN
LEFT HALL
1A2S8
ENABLE
SWITCH
1A2S2
1A2S3
1A2S5
LEFT
DRIVE
SWITCH
2–E5
PREP SW
HAND SW COM
EXP SW
(YEL)
FOLD
1A2TS4–6
9–H1
1A2TS21A2TS2
11
22
BLU
YEL
BLK
FOR TECH SWITCH OPTION
TECH SWITCH MODULE
AMX1A1
1A2S–6&7
HAND SWITCH
(YEL)
1A2J1–21A2J1–1
2–D7
(YEL)
(BRN)
(ORG)
(BLU)
1A2S11A2S1
TUBETUBE
PARKEDPARKED
SENSOR
1A2J2–2
1–F9
TUBE PARKED SENSOR
REPLACED TUBE PARKED
SWITCH END OF 1992
(BLU)
N.C.N.C.
TO LVLE
24V (BLU)
PWR GRD (BRN)
1A2S4
RIGHT
(YEL)
DRIVE
ENABLE
COMCOM
SWITCH
79
TOLERANCES ON DIMENSIONS
–
9
FOLD
REV
7
DECIMALSDECIMALS
ANGLES
(3 PLACES)(2 PLACES)
++
+
–
–
2115090SCH
CONT ON SHEET
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
SH NO.
OVERALL SCHEMATICS FOR AMX IV
89
FIRST MADE FOR
AMX4 IV PRODUCTIVITY
P/L ISSUED
2115090SCH
CONT ON SHEET
SH NO.
89
J11
1
PREP SW
2
EXP SW
3
SERVICE SW
4
LINE SENSE
5
BUMPER*
6
TUBE PARKED
7
DRIVE ENABLE SW
8
KEY SW ON
9
MAS UP
10
MAS DWN
11
KVP UP
12
KVP DWN
DISP. DATA OUT
13
14
DISP. DATA OUT RTN
15
FIELD LIGHT SW
17
+24 VDC
18
BUFFERED DISP. DATA
19
RGT HALL INPUT
21
LFT HALL INPUT
FOLD
REVISIONS PRINTS TO
FOLD
MADE BY
C_DREWICZ_27JUN94
ISSUED
N_ZETTEL
APPROVALS
1010
PCN_201169
PCN_201416
PCN_201479
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
TWP_21FEB975
DRL_11JULY976
DRL_29JUL977
DIV OR
DEPT.
CONT ON SHEET
LOCATION
404
2115090SCH
SH NO.
89
2-10
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
A
B
C
FOLD
D
9–
SH NO.
CONT ON SHEET
2115090SCH
DRAWING NO.
(RED)
8AMP
(ORN)
J2–5
K ON 2 K LINE 2
J2–9
(VIO)
A3F6
.5A
(RED)
15A
1A3F9
(BLU)
1A2TS1
3
BATTERY AMX1A3A1 BOARD
J1–2
1A5F1
1A5F2
1A3CB11A3CB1
64AMP
KEY SWITCH
(RED)
(RED)
7–E9
7–E9
32
FOLD
54 76
FOLD
NOTE: THIS SHEET FOR AMX4–PLUS MODELS WITH BASE NUMBER 2169360
(RED) (RED)
1A3F10
+BATT
J4–1
(BLU)
J1–1
(ORN)
J11–1
A3F4
10A
BRAKE
RELEASE
BRAKE RELEASE
(BLK)
(BLU)
(#8AWG)
2A
1A2S1
+BATT
1
MAIN
BATTERY
K CHARGE
BATT CHARGE
BOX
KON1
KON2
CIRCUIT
_+
(BLK)(BLK)
–BATT
7–C4
6–C6
TO X–RAY
CONTROL MODULE
6–E6
–BATT (#8AWG)
(BLK)
J2–7
(BLK)
1A2TS3
J11
489
RED
POWER DISTRIBUTION
GROUND STUD ON BASE
(WHT/BLK)
10
WHITE
8
(WHT)
(RED)
1A2TS2–4
3A1TS1
9
(RED)
2A2TS1–1
TUBE PARKED
LATCH
(RED)
(RED)
(BLK)
UNLESS OTHERWISE SPECIFIED USE THE FOLLOWING : –
APPLIED PRACTICES
46–208600
8
SURFACES
TOLERANCES ON DIMENSIONS
–
DECIMALSDECIMALS
(3 PLACES)(2 PLACES)
++
–
9
FOLD
7
REV
ANGLES
+
–
2115090SCH
CONT ON SHEET
GRN/YELGRN/YEL
COLUMN GROUND ARM GROUND
UPPER
BRAKE
ARM
BRAKE
LOWER
BRAKE
(BLK)(BLK)
(BLK)
(BLK)
COLUMN
COLUMN
2A2TS1–2
(BLK)
(BLK)
(BLK)
(BLK)
3A1TS1
11
(BLK)
10
(WHT)
7–D9
7–D9
(VIO)
1A2TS3
11
(BLK)
(BLK)
(BLK)
IN4936
1A2TS2–3
8–F6
6–F5
(BLK)
(BLK)
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
OVERALL_SCHEMATICS_FOR_AMX_IV
SH NO.
9–
1A2TS1
FIRST MADE FOR
AMX_IV_PRODUCTIVITY
4
5
P/L ISSUED
2115090SCH
CONT ON SHEET
SH NO.
9–
FOLD
E
F
H
K2 IS A SOLID
STATE RELAY.
1A2TS2–1
PARK INDICATOR
SIGNAL
8–F6
2115090SCH
1A2TS1
8
(VIO)
(VIO)
9
MR756
10
(VIO)
(VIO)
(VIO)
+BATT SWITCHED
2178054
TS4–3
K1
K2
TS4–5
TS4–6
BLUE
K2
470
FOR DETAILED DRAWING SEE SECTION 16
AMX1 A2 R1
1A5A2J10–2
1A2FL1
2
(VIO)
TS4–4
TS4–2
K1
TS4–1
6–F5
4–D1
3–H3
7–D4
RED
WHITE
YEL
BRN
1A3F3
J8–1
3A1TS1–131A2TS3–13
J1–2
J2
TO CPU
J3
TO BATT CHARGER
J4
TO ROTOR CONTROL
J5
TO MOTOR DRIVE
J6
TO FIL/KVP
J7
TO 1KHZ
J8–7
PWR FAIL DETECT
(ORN)
PGND
3A4
SW2
SW3
8–E4
3–D9
4–B2
7–A9
5–E2
6–F1
3–F5
3A1TS1–12
1A2TS3–12
(BRN)
(VIO)
J1–1
A2A2
LVLE
J1–3
GND STUD
2A
TO AEC MODULE
j9
J8–2
+24V
(BLU)
(YEL)
COLLIMATOR
356
FOLD
4
FOLD
79
A3R1
2.5
200W
+BATT
BATTERY
F1
BATTERY
F2
BATTERY
F3
BATTERY
F4
BATTERY
F5
BATTERY
F6
BATTERY COMPARTMENT
BATTERY
F7
BATTERY
F8
BATTERY
F9
J1–1
J2–1
J3–1
J4–1
J5–1
J6–1
J7–1
J8–1
J9–1
J10–1
–BATT
8
A3F5
10A
BATTERY HARNESS
BOARD AMX2A3A1
DETAIL DP
FOLD
(BLK)
(BLK)
J11–3
J11–1
J11–8
J11–9
J11–5
J11–4
J11–6
J11–7
J11–10
J11–11
MADE BY
C_DREWICZ_27JUN94
ISSUED
N_ZETTEL
AMX1A2TS6
1
2
3
4
5
6
7
8
9
10
6
–BATT
–BATT
1 DEE DETAIL DP FOR TEST HARNESS CONNECTIONS.
REVISIONS PRINTS TO
TWP_26FEB975
PCN_201169
DRL_11JULY976
PCN_201416
DRL_25JUL977
APPROVALS
1010
PCN_201479
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
DIV OR
DEPT.
LOCATION
CONT ON SHEET
4–D1
404
2115090SCH
SH NO.
9–
2-11
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
2-12
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 3
DISPLAY CONTROLLER
AMX1 A1 A1
46-264982G1
B
3-1
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
3-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
3-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
3-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 4
DISPLAY
AMX1 A1 A2
46-232832G1
4-1
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
4-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
4-3
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
4-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 5
CONTROLLER
AMX1 A2 A1
46-264974G2
5-1
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
5-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
5-3
AMX-4 SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2115090 SERIES)
REV 6 DIRECTION 2173229-100
Per PCN 180369
12MHZ
S183
RESET
J8
10
RST*
+5V
J6
3
CONT ON SHEET
46–264974–S
DRAWING NO.
+5V
14
VCC
8
Y36
OUT
OSC
GND
7
L
L
R180
R171
100
710
10K
U174
43
HC04
6–E6
3–B4
6–B4
WRP12*
2–F11
R67
10K
1%
0.125W
+5V
16
R163
10K
1
R182
100K
C176
4.7
10%
35V
R285
10K
+5V
R35
10K
10
L
12
13
9
10
125
23
U44
1
3
HC32
2
TP9
R43
10K
U116
HC14
8
RST CLR
21
+5V
16
9
10
PR
12
D
U59
HC74
11
CK
CLR
13
SERVICE SW
U63
12
13
AC32
WATCH DOG CLR*
11
L
+5V
CR181
1N4148
R118
100K
PWR UP
DELAY
U160
9
1489
C177
0.01
50V
U115
HC32
+5V
R119
13K
76
T1
U65
HC123
T2
CLR
WATCHDOG CLR
57.3mS
U235
3–F8
8
U60
10
HC08
9
11
U174
1011
HC04
4–H8 4–B2
C68
10
35V
CXRX
5
Q
12
Q
11
89
HC14
2
U46
U46
R163
10K
HC14
HC14
2–E5
Q
Q
89
65
U174
HC04
9
8
U222
HC04
FOLD
L
21
9
10
43
3–D10
5–B8
FOLD
CLOCK GENERATOR
+5V
R101
4.7K
R98
4.7K
RST CLR*
U115
HC32
WATCHDOG CLR
+5V
16
R163
14
10
CLK
12MHZ
5–B9
8
U60
5
6
HC08
4
3–F9 4–C8
6–C4
X–RAY ON
FDBK OUT
10K
1
IN1
7
IN2
9
IN3
15
IN4
L
26LS31
16
R163 R163
10K 10K
4
1
2
U288
Q1
U99
Q2
HC4040
Q3
Q4
Q5
Q6
Q7
Q8
Q9
Q10
Q11
Q12
RESET
11
2–F8
U60
HC08
9
10
12
13
14
15
OUT1
OUT1
OUT2
OUT2
OUT3
OUT3
OUT4
OUT4
ENEN
412
3
RESET
U103
80C31
RXD
INT0
INT1
T0
T1
ALE/
PROG*
9
7
6
5
3
2
4
13
12
14
15
1
30 31
2
3
6
5
10
11
14
13
4
187.5KHZ
2–F5
93.750KHZ
11.718KHZ
L
1819
X2X1
P0.0
P0.1
P0.2
P0.3
P0.4
P0.5
P0.6
P0.7
P1.0
P1.1
P1.2
P1.3
P1.4
P1.5
P1.6
P1.7
P2.0
P2.1
P2.2
P2.3
P2.4
P2.5
P2.6
P2.7
TX0
PSEN
EA
L
+5V+5V
16
12
6745
16
R163R100
10K10K
5 3 15 10
ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
U241
HC240
2
17
4
15
6
13
8
11
119
L
FOLD
APPLIED PRACTICES
HC32
4–H8
46–208600
710611314215
6
2–B3
+5V
16
R100
10K
14
+5V
16
R135
10K
U96
AC245
2
POAD4
3
POAD3
P0AD2
4
P0AD5
5
P0AD6
6
7
P0AD1
P0AD0
8
P0AD7
9
ADR0
ADR1
ADR2
ADR9 ADR9
ADR10 ADR10
ADR11 ADR11
ADR12 ADR12
ADR13 ADR13
ADR14 ADR14
ADR15 ADR15
U44
ADR11
9
ADR12
10
U115
RST CLR
1
2
18
3
16
5
14
7
12
9
653
FOLD
18
D4
DB0
DR0
DR1
DR2
DR3
DR4
DR5
DR6
DR7
1
HC32
HC32
R287
R287
R287
R287
R287
R287
D3
17
DB1
D2
16
DB2
D5
15
DB3
D6750KHZ
14
DB4
D1375KHZ
13
DB5
D0
12
DB6
11
D7
DB7
OET/R*
19
RD*
P0AD0–P0AD7
EPROM 1 EPROM 2
11
A0
9
A1
8
A2
7
A3
6
A4
5
A5
4
A6
3
A7
25
A8
24
A9
21
A10
23
A11
2
A12
26
A13
27
A14
1
A15
22
VPP/G*
20
CE
8
A0
7
A1
6
A2
5
A3
4
A4
3
A5
2
A6
1
A7
23
A8
22
A9
19
A10
8
3
WR*
RD*
114
51
213
51
312
51
411
51
510
51
69
51
Q1
12
Q2
13
Q3
U104
27C512
EPROM
46–303815G1
RAM 1
U107
MK48Z02
2Kx8
ZRAM
WEOECS
18 20 21
A
ADDRESS BUS
POAD3
15
Q4
POAD4
16
Q5
17
Q6
18
Q7
19
Q8
9 8
D0
10
D1
11
D2
POAD3
13
D3
POAD4
14
D4
15
D5
16
D6
17
D7
SERVICE SW*
+5V
R56
4.7K
5
4
U115
BC
3
JP1
J11
18
BUFFERED DISP DATA
J6
DISP DATA OUT
1
6
DISP RESET*
+5V
R26
10K
4
PR
2
D
Q
U25
ALE
HC74
3
CK
Q
CLR
6–D6
1
6–E1
6–D5
6–D8
DATA BUS
6–D4
+5V
R55
10K
4
PR
U59
HC74
CLR
1
X–RAY ON
P0AD0
P0AD1
P0AD2
POAD3
POAD4
P0AD5
P0AD6
P0AD7
P1D0
P1D1
P1D2
P1D3
P1D4
P1D5
P1D6
ADR8
ADR9
ADR10
ADR11
ADR12
ADR13
ADR14
ADR15
Q
Q
J11
5
6
13
14
ALE
DISP DATA OUT
DISP DATA OUT RTN
5–B10
2
D
3
CK
39
38
37
36
35
34
33
32
1
2
3
4
5
6
7
8
21
22
23
24
25
26
27
28
11
16
WR
17
RD
29
5
4567
6
LOW ADDRESS LATCH
P0AD0
3
P0AD1
4
P0AD2
7
POAD3
8
POAD4
13
P0AD5
14
P0AD6
17
P0AD7
18
STATUS
U46
1213
HC14
DISP RST
+5V +5V
AMX1 A2
A1
16
2
Q0
D0
D1
D2
D3
D4
D5
D6
D7
U108
HC374
CK
2–A4
11 1
5
Q1
6
Q2
9
Q3
12
Q4
15
Q5
16
Q6
19
Q7
OE
R106
300
L
3–B9
2–C3
L
1
2
ADR11
ADR12
DIN1
DIN2
12MHZ
U82
HC164
CLR
SURFACES
8
CK
9
8
FOLLOWING : – UNLESS OTHERWISE SPECIFIED USE THE
++
–
ADR0
ADR1
ADR2
ADR3ADR3
ADR4ADR4
ADR5ADR5
ADR6ADR6
ADR7ADR7
ADR8ADR8
U87
1213
HC04
ADR0ADR0
ADR1ADR1
ADR2ADR2
ADR3ADR3
ADR4ADR4
ADR5ADR5
ADR6ADR6
ADR7ADR7
ADR8ADR8
ADR9ADR9
ADR10ADR10
U222
1011
HC04
3
Q0
4
Q1
5
Q2
6
Q3
10
Q4
11
Q5
12
Q6
13
Q7
R86
10K
8
TOLERANCES ON DIMENSIONS
DECIMALS DECIMALS
(2 PLACES) (3 PLACES)
–
D0–D7
10
A0
9
A1
8
A2
7
A3
6
A4
5
A5
4
A6
3
A7
25
A8
24
A9
21
A10
23
A11
2
A12
26
A13
27
A14
1
A15
22
VPP/G*
20
CE
RAM 2
A0
7
A1
6
A2
5
A3
4
A4
3
A5
2
A6
1
A7
23
A8
22
A9
19
A10
U228
18 20 21
5
6
HC32
4
U87
43
HC04
+5V
U51
27C512
EPROM
46–303816G1
U54
MK48Z02
2Kx8
ZRAM
FOLD
ANGLES
+
–
3–A3
1110
Q1
12
Q2
13
Q3
15
Q4
16
Q5
17
Q6
18
Q7
19
Q8
9
D0
10
D1
11
D2
13
D3
14
D4
15
D5
16
D6
17
D7
WEOECS
+5V
16
R100
15
4
PR
2
D
U95
HC74
3
CK
CLR
1
DELAYED WRITE
250NS–333NS
FOLD
9
REV
3
46–264974–S
CONT ON SHEET
4–A1
2–F10
P0AD0P0AD0
P0AD1P0AD1
P0AD2P0AD2
POAD3
POAD4
P0AD5P0AD5
P0AD6P0AD6
P0AD7P0AD7
P0AD0P0AD0
P0AD1P0AD1
P0AD1P0AD1
P0AD2P0AD2
P0AD2P0AD2
POAD3
POAD4
P0AD5P0AD5
P0AD5P0AD5
P0AD6P0AD6
P0AD6P0AD6
P0AD7P0AD7
P0AD7P0AD7
ADR12
10K
TP11
5
Q
6
Q
TP11
SHORTEND WRITE
WR*
MADE BY
F.PIERCE 13JUN89
ISSUED
F.C.TRAVANTY 24AUG89
97
32
5–F6
WR*
67NS–150NS
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
AMX–4–CONTROLLER
SH NO.
FIRST MADE FOR
6–H2
U64
12
WR*
13
WR*
89
U44
HC32
AC08
2–A9
11
APPROVALS
RD*
U87
HC04
13
12
1010
ADR8
ADR9
ADR10
+5V
ADR7
ADR8
ADR8
ADR9
ADR10
ADR12*
11
16
8
AMX–4
1
2
ADR0–ADR1
ADR0–ADR2
ADR0ADR0
READ PORT SELECT
1
A0
2
A1
3
A2
R163
10K
EN1 EN2 EN3
RD*
ADR12*
WRITE PORT SELECT
23
A0
22
A1
21
A2
20
A3
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
P/L ISSUED
U63
3
AC32
6–C7
4–A1
5–D8
15
Y0
14
Y1
13
Y2
12
Y3
U170
11
Y4
HC138
10
Y5
9
Y6
7
Y7
645
1
Y0
2
Y1
3
Y2
4
Y3
5
Y4
6
Y5
7
Y6
U24
8
Y7
HC154
9
Y8
10
Y9
11
Y10
13
Y11
14
Y12
15
Y13
16
Y14
17
Y15
EN2EN1
19 18
NOTES:
1. UNLESS OTHERWISE SPECIFIED
ALL RESISTORS ARE 0.25W,5%
AND ARE IN OHMS
ALL CAPACITORS ARE IN MFD
3
1 JKK_01AUG90
PCN_157692
2 GJO_19AUG92
PCN_179132
3 GJO_20JAN93
PCN_179471
DIV OR
LOCATION
CONT ON SHEET
RDP0*
RDP1*
RDP2*
RDP3*
RDP4*
RDP5*
RDP6*
RDP7*
WRP0*
WRP1*
WRP2*
WRP3*
WRP4*
WRP5*
WRP6*
WRP7*
WRP8*
WRP9*
WRP10*
WRP11*
WRP12*
WRP13*
WRP14*
WRP15*
FOR PROPER CONFIGURATION
OF JUMPER JP1 REFER TO
AMX–4 CALIBRATION
DIRECTION 46–017206, 46–017326,
46–017497 OR 2115679–100
SECTION 1–6 JUMPERS AND
SWITCHES POSITION.
46–264974–S
DEPT.
CONT ON SHEET
SH NO.
32
A
C27
0.1
B
L
C
L
PWR DOWN
RST
*
5–B10
PWR DWN RST
HOLDOFF
FOLD
D
E
F
SW DATA INPUT 2. * INDICATES AN ACTIVE LOW
H
46–264974–S
5-4
46–264974–S
5–F7
SH NO.
32
3–C3
4–H9
5–C11
NC
3–F3
6–D7
3–F6
NC
4–C8
NC
4–E8
3–B4
6–B7
5–F7
6–F4
5–C9
4–E2
4–H2
6–D7
4–B2
2–E1
NC
NC
NC
PRINTS TOREVISIONS
404
SH NO.
32
FOLD
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
34
A
B
BUMPER*
C
FOLD
D
KEY SWITCH ON
E
F
H
SH NO.
LINE SENSE
J2
10
R334
10K
46–264974–S
J1
6
P
TUBE PARKED SW
TUBE PARKED SW RTN
LEFT STALL
RIGHT STALL
DRIVE ENA SW
DRIVE ENA SW RTN
J1
11
FIELD LIGHT SW RTN
FIELD LIGHT SW
FIELD LIGHT SW
HAND SW COM
MAS UP
MAS DOWN
KVP UP
KVP DOWN
46–264974–S
CONT ON SHEET
DRAWING NO.
11
13
R275
10K
3–F8
13
14
14
12
27
28
R326
10K
P
17
16
21
24
J6
5
7
+5V
+5V
314
C273
0.1
50V
L
J8
+24V
J2
J8
R333
10K
P
+24V
+5V
710
+24V
J3
J8
+24V
R275
89
10K
3–F8
S75
611
OPTION
SW 3
S75
512
OPTION
SW 4
U280
321
HC04
1489
3–F8
R171
89
R332
10K
10K
P
R285
611
10K
R285
710
10K
R171
116
10K
DRIVE ENA SW
R275
116
10K
3–F8
S75
OPTION
SW 2
3–H8
R171
10K
R330
10K
P
R285
413
10K
3–F8
R285
314
10K
3–F8
R285
215
10K
3–H8
R285
116
10K
3–H8
U222
L
413
2
1213
L
0.1
50V
L
L
L
L
L
0.1
50V
L
L
L
L
C274
C276
BMPR*
C168
0.1
50V
C239
0.1
50V
C284
0.1
50V
C169
0.1
50V
C161
0.1
50V
C231
0.1
50V
C156
0.1
50V
C232
0.1
50V
C230
0.1
50V
GENERAL ELECTRIC
TITLE
1
U112
HC
21
U112
HC
21
AMX–4–CONTROLLER
SH NO.
34
FIRST MADE FOR
STATUS
2–D5
P1D0
6
P1D1
8
120HZ
6–D7
P1D2
P1D3
P1D4
P1D5
P1D6
R430
1.13K
+5V
+5V
16
R83
10K
.
8
RX CX
1
T1
2
T2
C432
.01
50V
L
47.6mS X–RAY INDICATORS
SCHEMATIC DIAGRAM
AMX–4
PREP SW P1D0
6–B2
EXPOSE SW P1D1
6–C2
TUBE PRESSURE SW
X–RAY ON
2–F3
16
R83
.
10K
10
C220
10
35V
15 14
U221
HC123
CLR
3
U228
13
9
Q
HC32
10
4
Q
REVISIONS PRINTS TO
CONT ON SHEET
P/L ISSUED
6–C2
6–E1
+24V
10
U283
8
118
ULN2803
+24V
U283
217
ULN2803
1 GJO_19AUG92
PCN_179132
46–264974–S
J6
15
10
J6
9
404
SH NO.
FOLD
SONART*
X–RAY ON
LAMP*
34
L
L
J11
DELAY
2–C2
J3
J11
C167
0.1
50V
C165
0.1
50V
12
25
22
2
6
7
5
3
8
SURFACES
PREP SW
12
PREP SW
1
4
13
EXP SW
J3
J4
J5
3–A2
3–B2
3–C2
3–E2
3–F2
3–H2
3–H2
3–H2
3–E2
TOLERANCES ON DIMENSIONS
–
U164
U174
6
HC04
5
1489
U164
U174
11
HC04
12
1489
+5V
16
R163
10K
11
R275
512
+24V
10K
R275
611
10K
R275
710
10K
R275
215
10K
R321
10K
R275
413
10K
R320
2.2K
CRITICAL STATUS INPUTS
P
U222
65
HC04
U235
21
HC04
LINE SENSE
BUMPER*
TUBE PARKED
KEY SWITCH ON
MAS UP
MAS DOWN
KVP UP
KVP DOWN
FIELD LIGHT SW
DECIMALSDECIMALS
(3 PLACES)(2 PLACES)
++
–
65
89
C215
0.1
50V
L
C212
0.1
50V
L
C208
0.1
50V
L
C282
0.1
50V
L
C213
0.1
50V
L
C281
0.001
50V
L
J11
32
FOLD
U154
321
1489
2
R74
10K
15
2–A9
CHARGER & DRIVE STATUS
L
4
R74
10K
13
L
4–D8
U160
11
13
12
1489
U236
8
10
9
1489
U280
654
2–C11
RDP0*
D0–D7
D0
D1
D2
D3
D4
D5
D6
D7
8
D1
14
D2
U151
17
D3
3
D4
HC533
18
D5
4
D6
7
D7
13
D8
11 1
D0
9
Q1
D1
15
Q2
16
Q3
2
Q4
19
Q5
5
Q6
6
Q7
12
Q8
OECLK
2–E11
D2
D3
D4
D5
2–D1
D6
D7
AEC CONTROL
89
U79
D0
76
AC273
D1
4
D2
3
D3
18
D4
17
D5
14
D6
13
D7
CLRCK
111
WRP3*
RST*
54 76
Q0
Q1
5
Q2
2
Q3
19
Q4
16
Q5
15
Q6
12
Q7
FOLD
A1
AMX1 A2
2
1
3
4
5
6
7
811
U78
ULN2803
RELAY DRIVERS
DS9
DS11
DS12
DS13
DS16
DS17
DS18
DS19
+24V
UNLESS OTHERWISE SPECIFIED USE THE FOLLOWING : –
APPLIED PRACTICES
J8
46–208600
R171
314
10K
R171
215
10K
R331
10K
P
+24V
J7
17
17
18
16
15
14
13
12
AEC COMMON
2
KVP0*
3
KVP1*
4
KVP2*
5
KVP3*
6
KVP4*
7
KVP5*
11
KVP6*
12
GEN READY*
8
PREP SW
23
25
EXP SW
+5V
CR14
1N4148
X–RAY PRESS SW
X–RAY PRESS SW RTN
60HZ INV OK
1489
U164
8
10
9
1489
J2
17 DRIVE ENA SW
J11
7 DRIVE ENA SW
TAP 1 FDBK
TAP 2 FDBK
U160
321
1489
14
R74
10K
3
L
U160
654
OPERATOR I/O STATUS
3
17
14
8
13
7
4
18
RDP4*
2–C11
D1
D2
U155
D3
D4
HC533
D5
D6
D7
D8
11 1
D1
16
Q2
D2
15
Q3
D3
9
Q4
D4
12
Q5
D5
6
Q6
D6
5
Q7
D7
19
Q8
OECLK
DO
2
Q1
TAP 3 FDBK
TAP 4 FDBK
TAP 5 FDBK
1489
TAP 6 FDBK
U236
654
1489
U154
8
10
9
1489
U236
11
13
12
1489
U236
321
AEC EXP EN
AEC ON
J4
R260
J7
215
10K
R260
314
10K
R260
710
10K
R260
512
10K
R260
89
10K
R260
611
10K
R74
611
10K
R74
710
10K
L
L
L
L
L
L
L
19
17
15
13
9
7
1
9
L
C256
0.1
50V
C257
0.1
50V
C258
0.1
50V
C185
0.1
50V
C191
0.1
50V
C261
0.1
50V
C133
0.1
50V
C129
0.1
50V
U189
321
1489
U189
11
13
12
1489
U189
654
1489
U188
11
13
12
1489
U188
654
U144
HC04
2–D11
43
1489
U189
8
10
9
1489
U131
654
1489
U131
321
GENERATOR & AEC STATUS
RDP6*
U132
1
3
HC08
2
3
D1
4
D2
7
D3
8
D4
13
D5
14
D6
17
D7
18
D8
U144
HC04
U122
HC533
OECLK
11 1
AEC EXP EN
1011
2
Q1
5
Q2
6
Q3
9
Q4
12
Q5
15
Q6
16
Q7
19
Q8
1489
ROTOR INTLK
1KHZ INVERTER READY
FIL SHRT DETECT
X–RAY ON
D0
D1
D2
D3
D4
D5
D6
D7
PWR UP
6–B3
+
–
3
4
7
8
13
14
17
18
5
4
4
5
6
8
9
10
11
12
15
FOLD
ANGLES
DEBOUNCE
D0
D1
U111
D2
HC273
D3
D4
D5
D6
D7
111
U211
10
9
U211
U211
U280
13
12
U211
13
12
U280
10
9
U229
HC08
9
REV
CONT ON SHEET
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
CKCLR
8
1489
654
1489
321
1489
11
1489
11
1489
8
1489
6
2
5
6
9
12
15
16
19
1
46–264974–S
1
2
4
5
9
10
12
13
U144
21
HC04
U144
1213
HC04
U87
1011
HC04
U46
21
HC14
U222
89
HC04
U222
21
HC04
C431
.01
50V
L
WATCHDOG CLR*
2–E4
1489
356
FOLD
4
FOLD
79
MADE BY
F.PIERCE 15JUN89
ISSUED
8
FOLD
F.C.TRAVANTY 24AUG89
APPROVALS
1010
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
LOCATION
DIV OR
DEPT.
46–264974–S
CONT ON SHEET
SH NO.
34
5-5
AMX-4 SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2115090 SERIES)
REV 6 DIRECTION 2173229-100
D0–D7
ADR0–ADR2
CONT ON SHEET
46–264974–S
DRAWING NO.
ADR0
ADR1
ADR2
2–E11
ADR0
2–E4
ADR0
D0
D1
D2
D3
D4
D5
D6
D7
D0
D1
D2
D3
D4
D5
D6
D7
5–H10
D0
D1
D2
D3
+5V
2–E11
23
WATCHDOG CLR
R135
16 4
10K
WRP11*
+10V REF
2–E11
WRP8*
WRP9*
4
3
2
1
8
7
6
11
5
9
10 15
L
4
VREFA
14
D0
13
D1
12
D2
11
D3
10
D4
9
D5
8
D6
7
D7
18
VREFB
6
A/B
4
VREFA
14
D0
13
D1
12
D2
11
D3
10
D4
9
D5
8
D6
7
D7
18
VREFB
6
A/B
DB0
DB1
DB2
DB3
A0
A1
A2
CLR
UPD
CS
L
L
VREFA
RFBA
IOUTA
U355
AD7549
DAC
VREFB
RFBB
IOUTBWR
17
VDD
U402
AD7528
15 16 5 1
17
VDD
U363
AD7528
15 16 5 1
D/A CONVERTERS
19
18
17
13
14
OUTA
RFBA
RFBB
OUTB
AGNDLGNDWRCS
OUTA
RFBA
RFBB
OUTB
AGNDLGNDWRCS
2
3
19
20
2
3
19
20
2
S
S
–10V REF
2
3
2
3
R403
20K
1%
0.125W
S
OP–07
OP–07
S
S
S
AR359
1
AR354
1
6
5
R407
0.125W
FOLD
TL074
2
3
20K
1%
2
3
FOLD
8
8
AR404
TL074
2
3
OP–07
6
6
AR404
OP–07
AR362
1
5–E11
R358
100
R353
100
7
TP16
TP17
AR368
1
R401
10K
1%
0.125W
1
R408
10K
1%
0.125W
R365
6
8
100
R361
6
8
100
13
TL074
12
S
9
TL074
10
S
HANDLE CHECK*
4
0.125W
AR404
0.125W
AR404
R399
R410
6745
FOLD
L
L
C237
0.1
50V
C238
0.1
50V
APPLIED PRACTICES
46–208600
WATCHDOG CLR*
2–E3
U235
1213
HC14
U235
65
HC14
BU TMR OKAY
6–E6
EXP CMND STATUS
6–A5
A/D STATUS
5–D10
+5V
U164
321
1489
AMX1 A2
A1
TP27
J5
FIL DMN +
7
FIL DMN –
8
TP26
KVP DMN +
11
KVP DMN –
12
20K
1%
R398
14
100
20K
1%
R406
8
100
2
3
5–A4
OP–07
AR369
1
TP18
J2
RIGHT DRV CMND–
5
RIGHT DRV CMND+
6
TP19
LEFT DRV CMND+
7
XMIT OK*
LEFT DRV CMND–
8
DISPLAY OK
TP29
J1
I–CHARGE CMND
3
I–CHARGE RTN
4
TP28
J5
LEAKAGE COMP +
3
LEAKAGE COMP –
4
J1
R370
6
8
100
V–CHARGE CMND
1
V–CHARGE RTN
2
SERVICE SW
SERVICE SW RTN
653
FOLD
21
12
BAUD RATE SW
19
20
J6
L
S75
OPTION SW 1
J8
+24V
+5V
10
R163
10K
2
+5V
16
R163
10K
7
+5V+5V+5V +5V
16
413
8
314
R285
89
10K
R171
611
10K
16
R135 R100
10K 10K
8
J11
SERVICE SW
3
R171
512
10K
R335
10K
U174
1213
HC04
SERVICE SW*
8
SURFACES
SERVICE SW
8
14
17
18
13
FOLLOWING : – UNLESS OTHERWISE SPECIFIED USE THE
TOLERANCES ON DIMENSIONS
DECIMALS DECIMALS
(2 PLACES) (3 PLACES)
++
–
–
GEN CONTROL 2
D0
8
D0
D1
7
D1
D2
U351
4
D2
D3
HC273
3
D3
D4
18
D4
D5
17
D5
D6
14
D6
D7
13
D7
CLR CK
111
WRP0*
2–E11
CHARGER AND
DRIVE CONTROL
BMPR*
3–B2
D0
D0
8
D0
D1
D1
14
D1
D2
D2
U264
17
D2
D3
HC273
3
D3
D4
18
D4
D5
4
D5
D6
7
D6
D7
13
D7
CLR CK
111
WRP2*
2–E11
ON BOARD
STATUS
8
D1
D2
D3
3
D4
D5
4
D6
7
D7
D8
U159
HC373
CLK OE
11 1
Q1
Q2
Q3
Q4
Q5
Q6
Q7
Q8
2–E2
2–E7
9
15
16
2
19
5
6
12
9
FOLD
REV
A
U272
9
HC32
10
2–C11
MADE BY
ISSUED
97
46–264974–S
CONT ON SHEET
U193
1
8
2
F.PIERCE 15JUN89
54
HC08
ANGLES
+
–
9
Q0
6
Q1
5
Q2
2
Q3
19
Q4
16
Q5
15
Q6
12
Q7
9
Q0
15
Q1
16
Q2
2
Q3
19
Q4
5
Q5
6
Q6
12
Q7
D0
D1
D2
D3
D4
D5
D6
D7
RDP1*
FOLD
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
AMX–4–CONTROLLER
SH NO.
FIRST MADE FOR
1
2
3
4
5
6
7
811
U318
ULN2803
3
U322
118
UDN6118A
U322
217
UDN6118A
316
U322
613
UDN6118A
U322
316
UDN6118A
U322
415
UDN6118A
U322
514
UDN6118A
APPROVALS
1010
+24V
10
U283
ULN2803
AMX–4
18
17
16
15
14
13
12
+24V
10
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
P/L ISSUED
DIV OR
DEPT.
LOCATION
J4
J3
J4
46–264974–S
CONT ON SHEET
TAP6*
8
ROTOR SELECT*
9
SAFETY
10
CONT ENB*
TAP1*
20
TAP2*
18
TAP3*
16
TAP4*
14
TAP5*
10
J1
TRIP BRKR
8
12
SCALE–SELECT
CHARGER RELAY*
10
J2
MOTOR ENA
16
FULL SPD ENA
13
DRIVE RESET
15
J1
7
CHARGE CUR SEL
46–264974–S
CONT ON SHEET
SH NO.
54
FOLD
CHARGE
BAT V &
PRINTS TOREVISIONS
404
SH NO.
54
SH NO.
54
A
2–A9
2–B10
B
C
FOLD
D
E
F
H
46–264974–S
5-6
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
A
B
C
FOLD
D
E
F
H
56
SH NO.
RGT MAN TDS OUT
LFT MAN TDS OUT
RIGHT DRV FDBK –
RIGHT DRV FDBK +
LEFT DRV FDBK –
LEFT DRV FDBK +
KVP DMN FDBK –
KVP DMN FDBK +
LEAKAGE COMP FDBK –
LEAKAGE COMP FDBK +
46–264974–S
CONT ON SHEET
46–264974–S
DRAWING NO.
FIL FDBK+
FIL FDBK–
GENERAL ELECTRIC
TITLE
AMX–4–CONTROLLER
SH NO.
56
FIRST MADE FOR
PWR DOWN RST HOLDOFF
DISP RST
A/D STATUS
R378
0.125W
AR247
R246
6
8
200
1
R244
3
51
APPROVALS
SCHEMATIC DIAGRAM
AMX–4
2
ACT245
3
DA1
4
DA2
5
DA3
6
DA4
7
DA5
8
DA6
9
DA7
T/R* OE
119
R337
+5V
10K
R372
10K
1%
0.125W
AR371
2
6
1%
2
4
OP–07
3
8
1
S
R243
62
7
Q242
6
CA3083
8
Q242
R308
CA3083
10
1%
0.125W
S
REVISIONS PRINTS TO
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
10K
1010
P/L ISSUED
U411
18
DB0DA0
17
DB1
16
DB2
15
DB3
14
DB4
13
DB5
12
DB6
11
DB7
TP30
TP15
J8
R311
4.7K
1 GJO_20JAN93
PCN_179471
DIV OR
DEPT.
LOCATION
46–264974–S
CONT ON SHEET
2–C11
–10V REF
HALL RGT REF
5
HALL LFT REF
7
HALL RGT REF RTN
6
HALL LFT REF RTN
8
46–264974–S
CONT ON SHEET
SH NO.
56
FOLD
404
SH NO.
56
DB11
DB10
STS
DB9
DB8
DB7
DB6
DB5
DB4
DB3
DB2
DB1
DB0
FOLD
ANGLES
+
–
28
27
26
25
24
23
22
21
20
19
18
17
16
9
FOLD
REV
1
46–264974–S
CONT ON SHEET
ON BOARD CONTROL
13
D0
7
D1
U127
17
D2
HC273
3
D3
18
D4
4
D5
14
D6
8
D7
CLR CK
111
R309
10K
MADE BY
F.PIERCE 15JUN89
ISSUED
F.C.TRAVANTY 24AUG89
Q0
Q1
Q2
Q3
Q4
Q5
Q6
Q7
R310
10K
2
3
12
6
16
2
19
5
15
9
OP–07
C248
0.1
50V
+10V REF
32
FOLD
CR340
12
R296
2
J8
1
R293
2.2K
S
3
R304
2.2K
S
J2
R391
2
1
4
3
14
13
9
10
6
5
15K
1%
R391
15K
1%
R391
15K
1%
R391
15K
1%
J5
R385
15K
1%
R385
15K
1%
R375
15K
1%
R375
15K
1%
R385
15K
1%
R385
15K
1%
10K
C291
0.1
50V
R292
100
R302
10K
S
C303
0.1
50V
R307
100
S
710
215
C396
0.1
50V
512
413
14
C387
0.1
50V
611
512
C380
0.1
50V
215
710
C379
0.1
50V
314
215
C388
0.1
50V
TL074
3
R295
2.2K
6
TL074
5
R305
2.2K
9
TL074
10
16
R391
15K
1%
1
S
13
TL074
12
R391
15K
1%
3
S
2
TL074
3
4
R385
15K
1%
13
S
2
OP–07
3
8
R375
15K
1%
9
S
6
TL074
5
1
R385
15K
1%
16
S
2
AR300
1
J11
AR300
7
J11
C394
0.1
50V
R391
89
15K
1%
AR392
8
C390
0.1
50V
R391
611
15K
1%
AR392
14
C386
0.1
50V
R385
710
15K
1%
AR392
1
C376
0.1
50V
R375
314
15K
1%
AR377
6
8
1
C393
0.1
50V
R385
89
15K
1%
AR392
7
1N4148
19
CR341
12
1N4148
21
RIGHT HALL INPUT
LEFT HALL INPUT
FOLD
TP21
TP22
+40V VF DISP SUPPLY
+24V VF SUPPLY
17
24
356
HANDLE CHECK*
10V
0V
1MS
–15V
R290
10K
J6
J6
R301
15K
P
R297
18K
4
54 76
24MS
+24V+15V
R422
10.2K
1%
R419R423
1.13K
1%
P
AR300
9
8
TL074
10
AR300
13
14
TL074
12
P
R421
10K
1%
30.1K
1%
R298
2.2K
R299
4.7K
S
AMX1 A2
A1
CHARGING CUR
R289
10K
FOLD
BAT V AND
ANALOG MUX
18
19
20
21
22
23
24
25
26
11
10
9
8
7
6
5
4
FOLD
EN
S1
S2
S3
S4
S5
S6
S7
S8
S9
S10
S11
S12
S13
S14
S15
S16
D0–D7
MAS
U342
AD7506
MUX
13
14
18
17
21
OUT
D0
8
D1
7
D2
D3
4
D4
D5
D6
3
D7
J5
J1
5
17
A0
16
A1
15
A2
14
A3
28
A/D CTRL
U339
HC374
CK
111
L
P
P
AMUX0
AMUX1
AMUX2
AMUX3
OE
L
7
EN
Y
U123
Y
HC151
91011
8
SURFACES
FDBK OUT
5
6
L
S
TOLERANCES ON DIMENSIONS
DECIMALSDECIMALS
(3 PLACES)(2 PLACES)
++
–
–
RST CLR*
12 BIT ADC
1
+5V
2
DMS12/8*
3
CS
4
AO
5
R/C*
6
CE
10
REFIN
9
ACOM
U413
7
+15V
AD574
11
–15V
12
BIPOFF
13
10VIN
14
20VIN
15 8
REFOUTDCOM
R319
2.2K
R325
2.2K
R260
10K
R260
10K
161
107
10
TMR0 OUT
TMR1 OUT
TMR2 OUT
TP31
UNLESS OTHERWISE SPECIFIED USE THE FOLLOWING : –
APPLIED PRACTICES
46–208600
U188
321
1489
U188
8
9
1489
8
EN
3
IN
CH
OA
2
L
L
SAMPLE/HOLD
AR426
LF398
OUT
6
C429
0.033
1%
100V
S
N
5
4
3
2
1
15
14
13
12
TP20
C0
C1
C2
C3
C4
C5
C6
C7
A2 A1 A0
R420
49.9
12
Q0
9
Q1
6
Q2
15
Q3
5
Q4
19
Q5
16
Q6
2
Q7
READ A/D
U427
HC04
1213
U427
HC04
1011
79
1%
0.125W
8
5-7
AMX-4 SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2115090 SERIES)
REV 6 DIRECTION 2173229-100
A
B
C
FOLD
D
E
F
H
SH NO.
67
3–D10
2–A4
46–264974–S
U136
1
HC32
2
X–RAY ON
750KHZ
3
2–A9
CONT ON SHEET
DRAWING NO.
2
3
U144
HC04
D
CK
D0–D7
89
16
15
+5V
PR
U140
HC74
CLR
4
1
+5V
3–B10
3–F7
3–B10
TUBE PRESSURE SW
3–C10
R83
10K
5
Q
6
Q
R83
16
11
10K
R83
16
9
10K
STOP EXP*
PREP SW P1D0
AEC EXP EN
EXPOSE SW P1D1
BU TMR OKAY
U37
1
HC08
2
1
6
12
U150
3
HC30
4
5
2
11
12 BIT BIN CNTR
3
10
CLK
8
U139
HC4040
RESET
GENERAL ELECTRIC
TITLE
AMX–4–CONTROLLER
67
SH NO.
FIRST MADE FOR
U198
21
HC04
1KHZ
U198
43
HC04
60HZ 01
4
PR
5
Q
U206
HC74
6
Q
CLR
1
60HZ 02
10
PR
9
Q
U206
HC74
8
Q
CLR
13
SCHEMATIC DIAGRAM
AMX–4
U266
U193
13
11
316
HC08
12
UDN6118A
R265
4.7K
P
U266
U268
1
3
415
HC08
2
UDN6118A
R265
4.7K
P
U266
U193
10
8
613
HC08
9
UDN6118A
R265
1
4.7K
P
U266
U193
4
6
514
HC08
5
UDN6118A
R265
14
4.7K
P
U283
U207
1
3
514
HC08
6–A9
2
U207
13
12
ULN2803
U283
11
712
HC08
ULN2803
U283
60 HZ
RELAY
613
ULN2803
REVISIONS PRINTS TO
P/L ISSUED
21
31
5
+24V
10
+24V
+24V
J5
J4
J3
10
10
46–264974–S
CONT ON SHEET
2KHZ PHASE 1
17
2KHZ PHASE 2
19
1KHZ PHASE 2
24
1KHZ PHASE 1
26
60HZ PHASE 1
15
60HZ PHASE 2
13
60 HZ INV. RELAY*
11
67
SH NO.
FOLD
404
L
+
–
10
15
ANGLES
6–F9
9
FOLD
EXP START*
16KHZ
CLK
16
5
3
D0
U197
4
D1
HC163
5
D2
6
D3
CLR
+5V
10
REV
A
46–264974–S
CONT ON SHEET
+5V
R135
10K
1072
TPCK
14
Q0
13
Q1
12
Q2
11
Q3
15
CY
CT/LD
9
R83
16
10K
U207
5
6
HC08
4
U207
8
HC08
9
2KHZ
14
2
D
3
CK
12
D
11
CK
32
FOLD
EXPOSURE COMMAND CONTROL
+5V
R83
12
16
10K
START EXP
RST*
2–E2
+5V
16
R135
10K
TP7
U132
12
U144
65
HC04
2–E3
U136
9
HC32
10
9
Q1
7
Q2
6
Q3
5
Q4
3
Q5
2
Q6
4
Q7
13
Q8
12
Q9
14
Q10
15
Q11
1
Q12
11
+5V
16
13
WATCHDOG CLR*
U136
13
HC32
12
8
D0
3
D0
D1
4
D1
D2
7
D2
D3
8
D3
D4
13
D4
D5
14
D5
D6
17
D6
D7
18
D7
R100
3
10K
SET BACKUP TIME LATCH
HC08
11
U88
HC273
111
12
5
11
CKCLR
PRE
2
J
4
CLK
3
K
14
J
12
CLK
13
K
2
Q0
5
Q1
6
Q2
9
Q3
12
Q4
15
Q5
16
Q6
19
Q7
WRP6*
U202
HC109
16
13
U202
HC109
CLR
1
+5V
R83
10K
11
PRE
CLR
15
2–E11
6
Q
7
Q
10
Q
9
Q
2–B4
8 BIT MAG COMPARATOR
EN
2
DA0
4
DA1
U143
6
DA2
HC688
8
DA3
11
DA4
13
DA5
15
DA6
17
DA7
3
DB0
5
DB1
7
DB2
9
DB3
12
DB4
14
DB5
16
DB6
18
DB7
1
5
4
P
2–A4
A=B
12
11
U132
HC08
UDN6118A
11.718KH
PR
D
U140
HC74
CK
CLR
6
U266
712
UDN6118A
R265
4.7K
P
U266
811
R265
4.7K
375KHZ
19
54 76
TP1
10
13
61
71
Q
Q
9
8
U87
HC04
12
13
J4
J4
U198
HC04
21
2–E1
EXP CMND STATUS
25
EXP START CMND
EXP STOP CMND
23
U132
9
10
13
1011
12
+5V
16
6
RST*
TMR STATUS LATCH
U37
11
HC08
2–A4
HC08
U268
HC08
12
11
R163
10K
D
CK
8
11
HC74
750KHZ
5
4
10
PR
U95
CLR
13
AMX1 A2
U136
HC32
TP12
Q
Q
A1
4–F7
TP5
6
TP6
9
8
BU TMR OKAY
FOLD
D7
D6
D5
D4
D3
D2
D1
D0
4–F7
120HZ
DELAYED 120HZ
60HZ=01
60HZ=02
60HZ
1
2
3
4
5
6
7
8
9
15
18
D0
D1
D2
D3
D4
D5
D6
D7
2–E11
PROGRAMABLE
TIMER
D0
D1
D2
D3
D4
D5
D6
D7
CLK0
CLK1
CLK2
RD WR
11
G0
14
G1
16
G2
19
ADR0
A0
20
U217
82C54
RTIMER
22 23
ADR1
A1
10
O1
13
O2
17
O3
21
CS
WRP10*
RDP5*
TIMING DIAGRAM FOR 60 HZ SIGNALS
74.67uS
GEN CONTROL 1
8
D0
7
D1
4
D2
3
D3
18
D4
17
D5
14
D6
13
D7
+5V
16
R135
10K
1
R124
300
2–E11
2–C11
R201
10K
14
J
12
CLK
13
K
U128
HC273
CKCLR
111
WRP4*
U198
65
HC04
2–B10
L
+5V
11
PRE
U203
HC109
CLR
15
74.67uS
UNLESS OTHERWISE SPECIFIED USE THE FOLLOWING : –
APPLIED PRACTICES
46–208600
8
SURFACES
U322
712
TMR1 OUT
UDN6118A
U198
HC04
2–B4
5–B7
5–B7
U268
4
5
1213
93.75KHZ
+5V
60HZ EN
9
Q0
1KHZ EN
6
Q1
2KHZ EN
5
Q2
2
Q3
19
Q4
16
Q5
15
Q6
12
Q7
TP14
TMR0 OUT
TP8
TP25
TMR2 OUT
120 HZ
2–C10
5–B7
10
9
U198
89
HC04
10
Q
9
Q
U268
HC08
16
8
1
–
J5
60HZ RELAY
U283
415
ULN2803
U266
6
217
HC08
UDN6118A
TP13
1
DIN1
16
R135
10K
12
2
DIN2
+5V
R83
10K
PRE
2
J
U203
4
CLK
3
HC109
K
CLR
L
TOLERANCES ON DIMENSIONS
DECIMALSDECIMALS
(3 PLACES)(2 PLACES)
++
–
PREHEAT
26
+24V
10
J7
J5
81
CK
3
Q0
4
Q1
5
Q2
U270
6
Q3
HC164
10
Q4
11
Q5
12
Q6
13
Q7
CLR
9
5
6
Q
7
Q
1
46–264974–S
MADE BY
F.PIERCE 15JUN89
ISSUED
2
356
FOLD
4
FOLD
79
8
FOLD
APPROVALS
1010
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
LOCATION
DIV OR
DEPT.
46–264974–S
CONT ON SHEET
SH NO.
67
5-8
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
–7
SH NO.
CONT ON SHEET
46–264974–S
DRAWING NO.
23
FOLD
AMX1 A2
A1
6745
FOLD
APPLIED PRACTICES
46–208600
8
SURFACES
FOLLOWING : – UNLESS OTHERWISE SPECIFIED USE THE
TOLERANCES ON DIMENSIONS
DECIMALS DECIMALS
(2 PLACES) (3 PLACES)
++
–
–
9
FOLD
REV
A
ANGLES
+
–
46–264974–S
CONT ON SHEET
–7
GENERAL ELECTRIC
TITLE
SCHEMATIC DIAGRAM
AMX–4–CONTROLLER
SH NO.
FIRST MADE FOR
AMX–4
P/L ISSUED
46–264974–S
CONT ON SHEET
SH NO.
–7
A
9
12
12
1489
1489
1489
1489
SPARES
10
8
11
654
11
+15V
–15V–15V
U87
65
HC04
U427
21
HC04
U427
43
HC04
U427
65
HC04
U427
89
HC04
U37
4
6
HC08
5
U37
9
8
HC08
10
U60
1
3
HC08
2
U60
12
11
HC08
13
L
8
1
7
2
4
5
10 11
AD7549
U229
1
3
HC08
2
U229
9
8
HC08
10
U229
12
11
HC08
13
U44
5
6
HC32
4
U228
1
3
HC32
2
U228
12
11
HC32
13
U272
1
3
HC32
2
U272
4
6
HC32
5
U272
12
11
HC32
13
16 16
L
+15V
20
16
S
12
L
11
5
9
S
CA3083
12
R74
10K
1
9
R74 R74 R163
10K 10K 10K
5
891613
1,
7
R287 R265
51 4.7K
8
8
1
R375 R375
15K1%15K
1%
16
4
13512
1
P
U64
1
3
2
AC08
U64
4
6
AC08
5
U64
9
8
AC08
10
L
18
15
10
R135
10K
L
+5V+5V
+5V+5V
1616
R83R100
10K10K
2,3,4,5,6,72,9,10,11,12,13
R375 R375
15K1%15K
1%
U63
4
AC32
5
U63
9
AC32
10
6
11
6
8
FOLD
TP3
J6
+5VDC
TP4
TP24
TP23
18
+5VDC
1415
RX CX
1
T1
2
T2
U65
HC123
CLR
13
Q
4
Q
3
L
67
RX CX
9
T1
10
J6
LOGIC GND
20
LOGIC GND
23
T2
U221
HC123
CLR
5
Q
12
Q
11
L
U46
HC14
U46
HC14
U116
HC14
U116
HC14
U116
HC14
U116
HC14
U116
43
1011
43
65
89
1011
1213
HC14
U235
43
+15V
L
10
S
12
D
11
U25
HC74
9
Q
8
QCP
C
13
S
+15V
–15V
14
1
11
4
7
8
–15V
HC14
U235
1011
HC14
L
ALL DEVICES SHOWN TOP VIEW
8
1
2
4
+15V
7
5
U283
811
ULN2803
P
U322
811
UDN6118A
U266
118
UDN6118A
U131
10
U131
13
U154
U154
13
L
J12
+5VDC
9
C22,C23,C27,C28,C38,C42,C49,C50,C52,C53,
C57,C58,C61,C62,C66,C76,C77,C80,C84,C85,
C89,C90,C97,C102,C105,C109,C110,C113,C114,
B
C114
0.1UF
22UF
5%
50V
LOGIC GND
8
C120,C121,C125,C126,C130,C134,C137,C138,
C141,C142,C145,C146,C152,C153,C157,C158,C162,
C166,C172,C186,C187,C192,C195,C196,C199
C200,C204,C205,C209,C210,C214,C216,C225,
C227,C233,C234,C240,C262,C263,C267,C269,
C271,C277,C286,C317,C336,C338,C350,C360,
C397,C424
L
C
+15VDC
6
C250
10UF
10%
50V
FOLD
SIGNAL GND
D
–15VDC
5
C179
10UF
0.1UF
10%
50V
4
C245,C294,C343,C352,C356,C366
0.1UF
C367,C374,C389,C400,C425
C249,C306,C344,C357,C364,
C373,C381,C395,C405,C428
TL074 OP–07 LF398N
E
F
H
46–264974–S
+24VDC
PWR GND
TP2
J6
+24VDC
2
C178
15UF
10%
50V
1
14
J11
+24VDC
17
1
2
7
J6
PWR GND
16
L
P
DS14C89A
+5VDC
+15V
C414
C412
0.01
0.1
50V
50V
C418
C417
0.01
0.1
S
50V
50V
–15V
2
FOLD
4
+5V +5V +5V +5V
74HC04
74HC08
74HC14
74HC30
74HC32
74HC74
74HC125
74HC164
74HC21
74AC08
74AC32
1
7
9
11
14
AD574A
14
10
8
28
15
CR416
1N5158
SL
C409
0.1
L
1
2
8
74HC112
74HC123
74HC138
74HC221
74HC151
74HC393
74HC4040
DS26LS31
DS26LS32C
74HC163
74HC109
74HC163
74AC245
S
653
FOLD
16
10
9
CR415
1N5158
18
1
15
2
9
10
ULN–2803A
P
L
+5V
40
1
30
2
20
21
80C31
L
1
12
14
27C512
L
1
2
10
74HC373
74HC533
74HC245
74HC374
74HC688
74HC240
28
18
15
20
15
11
+5V
L
8
24
1
15
2
12
13
74HC154
L
82C5474HC273
CR324
S
CR323
1N58181N5158
L
18
1
17
5
9
+24V
10
10
S
1
5
AD7528
12
1
12
14
AD7506
20
17
11
1
5
UDN–6118A MK48Z02–20
L
MADE BY
F.PIERCE 15JUN89
ISSUED
97
FOLD
+15V
28
27
15
–15V
+5V
+5V
24
17
13
APPROVALS
MEDICAL SYSTEMS
MILWAUKEE, WISCONSIN
LOCATION
DIV OR
DEPT.
CONT ON SHEET
PRINTS TOREVISIONS
404
46–264974–S
–7
SH NO.
1010
5-9
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4 SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2115090 SERIES)
REV 6 DIRECTION 2173229-100
5-10
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 6
BATTERY CHARGER
AMX1 A3 A1
46-288786G2
z
6-1
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
6-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
6-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
6-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
6-5
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
6-6
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 7
ROTOR CONTROLLER
AMX1 A3 A2
46-232786G2
7-1
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
7-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
C1
35MF
165V
7-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
7-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 8
1KHZ INVERTER
AMX1 A4 A1
46-288764G1
8-1
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
8-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
8-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
8-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 9
KVP/FIL CONTROL
AMX1 A4 A2
46-264986G1
9-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
9-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
9-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
9-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
9-5
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
9-6
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 10
CAPACITOR BOARD
AMX1 A4 A3
46-288504G1
10-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
10-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
1
A4 A3
CR1 9
1N5352
15. 0V
-B AT T
R9
27K
5%
2. 0W
R5
27K
5%
2. 0W
F
C1 1
1. 0U
200V
10%
Q3 -A
STOP_CAP
9
J2
1
J2
+
C1 5
1200U
250V
10%
R14
27K
5%
2. 0W
R1 6
50
5%
12. 0W
+
+
B
10%
250V
770U
C1 0
C1 2
770U
250V
10%
A
AMX1
A
+B A T T _ S WITCHED
7
J2
+B A T T _ S WITCHED
5
J2
J2
+B A T T _ S WITCHED
1
J1
B
J2
J1
C
J1
D
J1
-B A T T
3
-B A T T
5
COM_ CAP _ CHARGE
3
COM_ CA P_ CHAR GE_ RTN
4
+
-
55. 0W
CR2 0
400V
6A
R21
250
5%
R17
500
5%
12. 0W
+B A T T _ S WITCHED
6
CR1 8
1N5062
CR7
1N1186
1N1186
CR1 3
EDC
1098765432
11
A
B
C
D
E
F
H
A
46-288504-S
1
FI L TER_CAP+
3
J3
+
C6
16000U
60V
FI L TER_CAP-
5
J3
PWM_ E
1
J3
PWM_ L
2 1
J3
CAP ACI T OR_ BOARD
AMX_I V_PRODUCTI VI TY
CI NDY_ DR EWI CZ
-
1
25-FEB-91
10%
R8
1K
5%
2. 0W
AMX 1-A4-A3
PWM_ E
PWM_ L
404
J4
2
L3
J4
/ u ser / amx_ 4/ cap_ bd
-
1
NOTE :
Component s i n dashed ar eas, ar e not
part of this board assembly.
C6, C10, C12, C15, L3 ar e par t
of the Capacitor module assembly
46-303913G1.
E
F
H
111098765432
10-3
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
10-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 11
DRIVE CONTROLLER
AMX1 A5 A1
46-232834G1
11-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
11-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
11-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
11-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
11-5
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
11-6
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 12
DRIVE POWER AMPLIFIER
AMX1 A5 A2
46-232836G2
12-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
12-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
12-3
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
12-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
12-5
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
12-6
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 13
HIGH VOLTAGE TRANSFORMER
AMX1 A6 A1
46-270954G1
NO BOARD DRAWING
13-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
13-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
AMX1 A6 A1
13-3
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
13-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 14
HALL EFFECT TUBE PARKED SENSOR
AMX1 A2 S1
46-288962G1
14-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
14-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
HALL EFFECT TUBE PARKED SENSOR BOARD
AMX1 A2 S1
46-288962-S
YEL (2)
BLK (3)
REV 1
(SEE NOTE)
(SEE NOTE)
S1
UGN3140LT
1
VCC
DWG #46-288962-S
SHT NO. 1
CONT ON SHT -
OUT
GND
2
3
AMX1 A2 S1
R4
5.1K
1%
0.125W
R3
5.1K
1%
0.125W
TITLE: HALL EFFECT TUBE PARKED SENSOR BOARD
MMBT3906L
Q1
B
E
C
46-288962G1
(SEE NOTE)
R1
301
1%
0.125W
BLU (1)
Note: Refer to the AMX-4 Overall Wiring Schematic 2115090SCH (Section 2) for
the following:
D Blue lead (1) connects to AMX1 A2 TS2-1 (Sheet 8, Zone F6)
D Yellow lead (2) connects to AMX1 A2 TS2-2 (Sheet 8, Zone F6)
D Black lead (3) connects to AMX1 A2 TS2-3 (Sheet 2, Zone D7)
14-3
HALL EFFECT TUBE PARKED SENSOR BOARD 2173060
AMX1 A2 S1
2173060SCH
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
14-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 15
AMX2 A3 A1 BATTERY SENSE CIRCUIT
46-321370G1
15-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
15-2
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
15-3
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
15-4
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
AMX2 A3 A1 BATTERY SENSE CIRCUIT
2334738
15-5
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
15-6
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
15-7
THIS PAGE INTENTIONALLY LEFT BLANK.
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
15-8
AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
SECTION 16
RELAY CHASSIS ASSEMBLY 2178054
AMX1 A2 R1
2178054SCH REV 1
RELAY CHASSIS ASSEMBLY
2178054SCH
Solid State Relay
GE#: 2178774
K2 – bom11
1A2TS4–6
BLU
470
mF
3
2000
Ohms
WHT
2
1A2TS4–5
1A2TS4–4
1A2TS4–1
BRN
BRN
VIO
4
K2
K1 – bom 3
GE# 46–270778P3
4
GE# 46–315338G1
FL1 – bom 10
B
K1
A
1
6
YEL
RED
1A2TS4–3
RED
1A2TS4–2
16-1
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AMX-4+ SCHEMATICS
GE MEDICAL SYSTEMS (MODEL 2169360, 2236420 & 2275938 SERIES)
REV 6 DIRECTION 2173229-100
16-2
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